Both are to the 5th square root, so you can multiply what is inside:
that is $\sqrt[5]{ \frac{2^{5} x^{7} }{ y^{6} } }$
= $\frac{2x}{y} \sqrt[5]{\frac{ x^{2} }{y} }$

5 0

2 years ago

The campus bookstore knows from the past several semesters that a certain elementary statistics book has a demand that is approx

Over [174]

Answer:

0.357

Step-by-step explanation:

The computation of the probability of sale for the last book that the bookstore should purchase for sale to a student is shown below

Probability is

= 1 - ((Cs ) ÷ (Cs + co))

= 1 - (($225 - $105) ÷ ($117 + ($105 - $40)))

= 1 - 0.6428

= 0.357

Here Cs represent the notional loss in the case when the demand is underestimated

And Co represent the notional loss in the case when the demand is overestimated

8 0

2 years ago